Graphite crystal. Computer model of the molecular structure of a graphite crystal
Wall Art and Photo Gifts from Science Photo Library
Graphite crystal. Computer model of the molecular structure of a graphite crystal
Graphite crystal. Computer model of the molecular structure of a graphite crystal. Graphite is used in pencil leads and as a lubricant. It is composed of parallel layers of hexagonally arranged carbon atoms. Within each layer the carbon atoms (spheres) are linked by strong covalent bonds (grey rods), while the parallel layers are linked together by weak Van der Waals forces (pink lines). This Van der Waals bonding is strong enough to hold the layers together, yet weak enough to let them slide over each other. This also confers graphites softness and its ability to act as a lubricant
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Media ID 6275050
© LAGUNA DESIGN/SCIENCE PHOTO LIBRARY
Compound Compounds Computer Model Covalent Crystal Crystalline Graphite Organic Van Der Waals Force Computer Artwork Molecular Molecular Model
EDITORS COMMENTS
This print showcases the intricate molecular structure of a graphite crystal. Graphite, widely recognized as the core material in pencil leads and an effective lubricant, is composed of parallel layers consisting of hexagonally arranged carbon atoms. Within each layer, these carbon atoms are connected by robust covalent bonds represented by grey rods. What makes graphite truly fascinating is the weak Van der Waals forces depicted by pink lines that link these parallel layers together. This bonding mechanism is strong enough to maintain cohesion between the layers while allowing them to effortlessly slide over one another. It is this unique characteristic that grants graphite its softness and exceptional lubricating properties. The computer model used in this illustration provides a visually stunning representation of graphites' molecular arrangement, emphasizing its crystalline nature and organic composition. The precise depiction of each atom as spheres highlights their role in forming stable structures within the crystal lattice. This image serves as a testament to the remarkable world of chemistry and compounds, showcasing how even seemingly simple materials like graphite possess complex molecular architectures with diverse applications. Science Photo Library has once again captured an extraordinary moment in scientific exploration through this striking artwork.
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